Correlators for the Wigner-Smith time-delay matrix of chaotic cavities
arXiv:1601.06690 · doi:10.1088/1751-8113/49/18/18LT01
Abstract
We study the Wigner-Smith time-delay matrix of a ballistic quantum dot supporting scattering channels. We compute the -point correlators of the power traces for arbitrary at leading order for large using techniques from the random matrix theory approach to quantum chromodynamics. We conjecture that the cumulants of the 's are integer-valued at leading order in and include a MATHEMATICA code that computes their generating functions recursively.
20 pages, 1 table. v2: Typos fixed
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Cited by in corpus (15)
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- Moments of random matrices and hypergeometric orthogonal polynomials
- Large expansions for the Laguerre and Jacobi ensembles from the loop equations
- Large- expansion for the time-delay matrix of ballistic chaotic cavities
- Moments of the eigenvalue densities and of the secular coefficients of -ensembles
- Recursion for the smallest eigenvalue density of -Wishart-Laguerre ensemble
- Integer moments of complex Wishart matrices and Hurwitz numbers
- Wigner-Smith time-delay matrix in chaotic cavities with non-ideal contacts
- Truncated linear statistics associated with the eigenvalues of random matrices II. Partial sums over proper time delays for chaotic quantum dots
- Linear Differential Equations for the Resolvents of the Classical Matrix Ensembles
- Ergodic Decomposition for Inverse Wishart Measures on Infinite Positive-Definite Matrices
- Time delay statistics for finite number of channels in all symmetry classes
- Wigner-Smith matrix, exponential functional of the matrix Brownian motion and matrix Dufresne identity
- Semiclassical approach to matrix energy correlations and time delay in chaotic systems
- Semiclassical calculation of time delay statistics in chaotic quantum scattering